Mechanical stresses and strains in superconducting dipole magnets for high energy accelerators

Greben, L.I.; Mironov, E.S.; Moustafin, H.

doi:10.1109/tmag.1979.1060264

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Transverse Pressure In Accelerator Magnets1

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“…The azimuthal stresses, on the other hand, accumulate on the azimuthal midplane θ = 0 and put the cables at this position under significant transverse compression. In principle, the magnitude of these stresses can be estimated analytically [58,59], but usually they are calculated numerically because the detailed magnet structure quickly becomes complicated [60]. Moreover, numerical modelling allows to incorporate effects of the compressive pre-stress that is typically applied during assembly as well as the thermal stresses that accumulate during cool-down [61].…”

Section: Transverse Pressure In Accelerator Magnetsmentioning

confidence: 99%